mihoko ito

OBJECTIVES: This study sought to determine whether therapists experience more accidents annually with increased clinical experience, and whether experiencing an accident in the first year of practice is associated with accidents in the second year of practice. METHODS: We categorized 642 therapists into five groups based on years of clinical experience (first, second, third, fourth, and 5-20 years; n=138, 112, 117, 58, and 217, respectively) and tallied the accidents they reported over an 8-year period. The difference between the five groups in the number of accidents per person per year was subjected to multiple comparisons testing using Kruskal-Wallis tests. RESULTS: Significant differences were revealed between the first year group and the 5-20 years group (p<0.01), between the second year group and the 5-20 years group (p<0.05), and between the third year group and the 5-20 years group (p<0.05). Specifically, participants in the 5-20 years group encountered fewer accidents than those in the other groups. Therapists who encountered an accident in their first year, compared with those who had not, had significantly more accidents in their second year. CONCLUSIONS: Therapists with 1-3 years of clinical experience are more likely to encounter an accident than therapists with >5 years of clinical experience. We conclude that young therapists who have experienced accidents are prone to future accidents. These findings inform the optimal allocation of educational resources to reduce the number of accidents encountered by therapists.

OBJECTIVE: This study aimed to clarify the relationship between interprofessional self-evaluation and peer evaluation during interprofessional education (IPE) using team-based learning (TBL). We also aimed to clarify differences in interprofessional cooperation between students with high and low peer evaluation scores. METHODS: In total, 483 students (grades 3-5) from nine faculties at three universities participated in a TBL-based IPE program. The students completed five interprofessional self-evaluation domains (the modified Tsukuba IPE model) before and after IPE. Students also completed peer evaluation after IPE. Students were divided into three groups by peer evaluation scores (low, middle, high), and the post-class self-evaluation scores of these groups were compared using a Kruskal-Wallis test. Multiple regression analysis was also performed. Peer evaluation comments were analyzed using a qualitative inductive method. RESULTS: Students in the low peer evaluation group had significantly lower scores in the "Regarding participation in group work" domain than students in the high group (P<0.05). Students in the high group received positive comments, such as [good communication] and [working cooperatively], whereas students in the low group were required to improve in two areas: [speaking up more] and [need more communication]. CONCLUSIONS: There was a significant relationship between peer evaluation by team members and self-evaluation for "Regarding participation in group work." Students with high peer evaluation scores participated with active attitudes, whereas students with low scores were considered passive. This study suggested that using peer evaluation may enhance students' professional cooperation by improving their communication and attitudes toward active participation.

OBJECTIVES: The current study sought to understand the learning outcomes experienced by students and to explain their learning process in detail using interpretive data analysis. METHODS: A qualitative study examined students who participated in a multidisciplinary course in a ward. This study investigated latent meanings rather than factual information, using an interpretive paradigm. Data were collected via focus groups and analyzed using Steps for Coding and Theorization (SCAT). RESULTS: Students in the Assembly IV trial (interprofessional education in actual medical settings) experienced a process of transition from a competing (exclusive) mode to a mutual-understanding mode when communicating with people in other professions, and they acquired the perspective of an interactive (dialectic) link between involved communication (communication that attempts to connect directly with patients) and uninvolved communication (communication with patients indirectly through data and other methods) for patient communication. This enabled students to move beyond superficial communication while deepening their connections with people in other professions, complementing each other's strengths, and learning about the possibilities inherent in the provision of collaborative medical practice. CONCLUSIONS: Students participating in interprofessional education within medical settings learned about the potential to achieve a circular realization of collaborative medical practice. A circular realization of collaborative medical practice involves incorporating diverse approaches into one's own professional work via exposure to the viewpoints of other occupations and avoiding decision-making based on assumptions that are only valid within one's own profession. This process enables the discovery of better methods and perspectives and the achievement of effective medical practice by moving beyond superficial communication.